Pascal mining
Publish: 2021-05-19 21:04:43
1. They are likely to be sand coins, if the old horse is a whole, it will be Q coins.
2. P400 is a professional graphics card. It is used for 3D design, drawing, CDA, etc. there will be no mining graphics card. Because of its low computing power, it will not be used as mining graphics card
3. I feel that 480
5970 is not likely to be upgraded to 580. I feel that 580 is more meaningful than reality. After all, if the NV top graphics card ends its life cycle with castration, then
NV face will not hang
5970 is not likely to be upgraded to 580. I feel that 580 is more meaningful than reality. After all, if the NV top graphics card ends its life cycle with castration, then
NV face will not hang
4. It could be the result of mining (bitcoin)
however, most of them use amd graphics card to mine. Maybe the new Titan X has better double precision, which is good for mining.
however, most of them use amd graphics card to mine. Maybe the new Titan X has better double precision, which is good for mining.
5. Humen is the mouth of the Pearl River, not counting the sea, and there are no beaches.
there are three places where you can see "like the sea":
humen
Humen Naval Battle Museum
Shajiao Fort
nearly 30 beaches in Shenzhen
1. It's more romantic at night --- Dameisha
2. Playing with heartbeat and climbing big rocks --- Xiaomeisha
3. Private Villa Beach
4 Working people's Holiday Village: Xiyong
5. Mysterious Revolutionary Historic Site: shashashayong
6. Fragmentary beauty: Guanhu beach
7. Half covered by Pipa: Dawan
8. Yacht test site: diefu beach
9. Few people come to shiziwan
10. The beach nearest to Hong Kong: Xiasha
11 Play the sea sports - --- Bihai Bay
12, tropical customs - --- Jinshawan
13, youth vacation and camping place - --- Longqi Bay
14, play the sea sports - --- Bihai Bay
15, wucaishitan - --- Lingao beach
16, donkey's camping paradise - --- judiaosha
17, with "oil" --- Shangdong beach
18, the longest beach The most beautiful beach: Xichong
19, beautiful as a girl, Dongyong
20, beach deep in the reeds, egong Bay
21, original style, Dalu Bay
22, roadside beach, yangmeikeng
23, feast on one's stomach, Guodian beach
24, wave watching, surfing, quarrying, dashuikeng
there are three places where you can see "like the sea":
humen
Humen Naval Battle Museum
Shajiao Fort
nearly 30 beaches in Shenzhen
1. It's more romantic at night --- Dameisha
2. Playing with heartbeat and climbing big rocks --- Xiaomeisha
3. Private Villa Beach
4 Working people's Holiday Village: Xiyong
5. Mysterious Revolutionary Historic Site: shashashayong
6. Fragmentary beauty: Guanhu beach
7. Half covered by Pipa: Dawan
8. Yacht test site: diefu beach
9. Few people come to shiziwan
10. The beach nearest to Hong Kong: Xiasha
11 Play the sea sports - --- Bihai Bay
12, tropical customs - --- Jinshawan
13, youth vacation and camping place - --- Longqi Bay
14, play the sea sports - --- Bihai Bay
15, wucaishitan - --- Lingao beach
16, donkey's camping paradise - --- judiaosha
17, with "oil" --- Shangdong beach
18, the longest beach The most beautiful beach: Xichong
19, beautiful as a girl, Dongyong
20, beach deep in the reeds, egong Bay
21, original style, Dalu Bay
22, roadside beach, yangmeikeng
23, feast on one's stomach, Guodian beach
24, wave watching, surfing, quarrying, dashuikeng
6. Let's talk about Intel's processor first. Intel's new core has no cost performance when facing AMD's sharp dragon. It's not because Intel is a fool, but because there is an integrated graphics card inside the core processor. With more integrated graphics cards, the manufacturing cost and energy consumption of the processor will rise, while sharp dragon processor has no integrated graphics card! If you don't have high requirements, as long as the computer can watch movies online, the core processor is more cost-effective than the sharp dragon processor. The reason is that the sharp dragon processor doesn't have an integrated graphics card. If you use the sharp dragon processor, you have to have an independent graphics card.
besides, AMD's graphics card, AMD's new version of Polaris The price performance and energy consumption of Vega graphics card are completely crushed by NVIDIA's new version of Pascal graphics card. The reason is that NVIDIA's new version of Pascal graphics card gives up the double precision operation completely and puts the double precision operation to the processor, while AMD's new version of Polaris and Vega graphics card adopts the single and double precision sharing design, Double precision operation is useless for most ordinary users, and it will increase the burden of graphics card, resulting in the increase of energy consumption and the decrease of efficiency. Why don't the new Polaris and Vega graphics cards give up the double precision operation? That's because the performance of AMD's processor was too weak before the launch of sharp dragon. If the user assembled a 3A platform computer, the performance of the processor itself would be weak. If the graphics card gave up double precision operation and pushed the task of double precision operation to the processor, I was afraid that AMD's processor would be overwhelmed. Why does AMD's new Vega graphics card have strong mining performance? That's because the Vega graphics card is responsible for both single and double precision operations, so that the processor can only be responsible for non graphic operations. Can AMD's next generation graphics card catch up? I think it's very difficult. Unless amd changes its mind, the next generation of graphics cards will give up double precision computing. After all, the performance of the new version of AMD's sharp dragon processor is very strong, and it can take over the task of double precision computing from the graphics card
to put it simply, Intel's new core can't compete with AMD's sharp dragon because the core processor contains integrated graphics card, resulting in the increase of proction cost and energy consumption; The reason why AMD's new graphics card can't compete with the great Pascal graphics card is that AMD's new graphics card has more double precision operations, resulting in higher cost and energy consumption, and lower efficiency.
besides, AMD's graphics card, AMD's new version of Polaris The price performance and energy consumption of Vega graphics card are completely crushed by NVIDIA's new version of Pascal graphics card. The reason is that NVIDIA's new version of Pascal graphics card gives up the double precision operation completely and puts the double precision operation to the processor, while AMD's new version of Polaris and Vega graphics card adopts the single and double precision sharing design, Double precision operation is useless for most ordinary users, and it will increase the burden of graphics card, resulting in the increase of energy consumption and the decrease of efficiency. Why don't the new Polaris and Vega graphics cards give up the double precision operation? That's because the performance of AMD's processor was too weak before the launch of sharp dragon. If the user assembled a 3A platform computer, the performance of the processor itself would be weak. If the graphics card gave up double precision operation and pushed the task of double precision operation to the processor, I was afraid that AMD's processor would be overwhelmed. Why does AMD's new Vega graphics card have strong mining performance? That's because the Vega graphics card is responsible for both single and double precision operations, so that the processor can only be responsible for non graphic operations. Can AMD's next generation graphics card catch up? I think it's very difficult. Unless amd changes its mind, the next generation of graphics cards will give up double precision computing. After all, the performance of the new version of AMD's sharp dragon processor is very strong, and it can take over the task of double precision computing from the graphics card
to put it simply, Intel's new core can't compete with AMD's sharp dragon because the core processor contains integrated graphics card, resulting in the increase of proction cost and energy consumption; The reason why AMD's new graphics card can't compete with the great Pascal graphics card is that AMD's new graphics card has more double precision operations, resulting in higher cost and energy consumption, and lower efficiency.
7. The performance gap between gtx1050ti and gtx1050ti is not very big, about 20%. But the good thing about gtx1050ti is that there are 128 more stream processors, and the video memory is 2GB larger than 1050. Because of the high demand for video memory, the performance of gtx1050ti is far better than 1050
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